SUCLAB Ductless Fume Hoods are a viable alternative to conventional fume hoods. This type of ductless fume hoods utilizes carbon or HEPA filtration to protect laboratory personnel from toxic chemical fumes, odors, and particles. Known for its plug-and-play feature and mobility, Ductless Fume Hoods guarantees a hassle-free installation and no lab work interruption.
Hood body&base cabinet: Use galvanized steel sheets ≥1.0mm, electrostatically sprayed with epoxy resin, and covered with durable anti-chemical lead-free coating to maintain high finish and minimize the impact of corrosion and moisture.
Front sash and side sash: Use ≥6mm acrylic sheets, which has excellent weather resistance, excellent chemical resistance, not easy to age, colorless and transparent, transparent throughout, visual comfort, and beautiful appearance.
Seven-inch LCD touch screen display, high-definition display resolution 1024*600, perfect visual system.
Real-time temperature and humidity environment monitoring system, display temperature and humidity, set alarm parameters, and ensure the safety of product use.
Fan monitoring: fan system failure alarm, online adjustable fan speed, to ensure the required air volume for different chemical operations.
Filter saturation alarm system: The product is equipped with double-layer filters and dual VOC probes. One probe monitors the indoor air quality, and one probe monitors the filter saturation status. The filter sets the saturation alarm value. If the concentration exceeds the set value for a long time, the filter needs to be replaced.
PSC fan imported from the United States, 24 volts, stable performance, ultra-quiet, no spark static.
The high-efficiency filtration system, according to the particle size, selects the arrangement and distribution, follows the ASTM standard, effectively targets acidic gases and organic gases, and has strong adsorption capacity. The high-efficiency HEPA filter is used for particles, and the filtration efficiency is 99.995% for particles larger than 0.3um.
The power of LED lighting lamp is equivalent to 25W fluorescent lamp, which does not generate heat, safety does not affect the temperature of the experimental environment, energy saving, environmental protection and long life.
Epoxy resin work surface have excellent chemical stability, super corrosion resistance, good impact resistance without damage, excellent high temperature resistance, integrated core penetration, long service life, no delamination, no expansion, no cracking .
With the function of process monitoring, customers can view the operating status of the equipment in real time through the mobile client, and can remotely set operating parameters. When the device alarms, the alarm information can be pushed through the client.
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Model
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HZJ-800
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HZJ-1000
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HZJ-1275
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DFH-1600
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External Dimensions
(W*D*H)mm
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800*620*2070
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1000*620*2070
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1275*620*2070
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1600*620*2070
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Internal Dimensions
(W*D*H)mm
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781*570*934
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981*570*934
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1256*570*934
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1581*570*934
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Air Velocity
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0.4-0.6m/s
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Exhaust air volume
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230m³/h
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230m³/h
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460m³/h
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690m³/h
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Voltage
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220V-240V
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Frequency
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50-60HZ
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Maximum current
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2A
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Power
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42W
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42W
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84W
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110W
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Noise
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40-52dB
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Molecular filter size/quantity
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370*395*50mm
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4
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4
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6
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6
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Initial effect filter size/quantity
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Blog Details
What are Ductless Fume Hoods 2025-10-20
SUCLAB Ductless Fume Hoods are a viable alternative to conventional fume hoods. This type of ductless fume hoods utilizes carbon or HEPA filtration to protect laboratory personnel from toxic chemical fumes, odors, and particles. Known for its plug-and-play feature and mobility, Ductless Fume Hoods guarantees a hassle-free installation and no lab work interruption. SUCLAB Ductless fume hoods are known as the "green" solution to Modern Chemistry. This cabinet is equipped with Nanocarb™ filters which removes chemical vapors from the workzone. Also, it has multiple models, configurations, and filter options to suit user's application.
SUCLAB Ductless Fume Hoods Special Advantages :
Low maintenance cost: The installation and operation costs of ductless fume hoods are much lower than those of traditional fume hoods. After installation is completed, the annual expenditure mainly consists of replacing the filters, and the energy consumed on the ductless fume hood can be ignored.
Energy conservation: Ductless fume hoods do not have the cooling and heating control expenses of traditional fume hoods. Traditional fume hoods discharge the warm or cold air from the room to the outside, constantly drawing in clean air from the room, which requires the air conditioning system to continuously increase the exhaust volume and consume more electricity. However, ductless fume hoods do not expel air outdoors. The purified gas circulates indoors, which can reduce a lot of costs.
Mobility: The ductless fume hood has only one equipment interface, which is the power connection line. This design greatly enhances the flexibility of the laboratory and provides convenience for laboratory renovation.
Easy installation: Traditional fume hoods require a third party to install or move the exhaust pipe before installation, which takes several weeks of downtime to complete. The time cost, labor cost and other expenses involved are relatively high. The ductless fume hood can be installed, moved and put into use in just a few minutes.
Safety: The ductless fume hood uses a continuous and reliable detection system to monitor the face velocity and the saturation level of the filter in real time. The advanced microprocessor controller can notify the user of the face velocity and the condition of the filter. Each ductless fume hood is equipped with a device that continuously monitors the carbon filter for filtering chemical gases, providing real-time monitoring of the face velocity and the filter. The air flow detector can continuously read the face velocity status through the display, and the alarm is audible and visual to notify the user of the filter status.
Diversified operation modes: With different filter combination methods, it can be used for various chemical experiment requirements in ordinary laboratories and clean rooms, including all kinds of gas, liquid and dust operations. 1.
Fan adjustment: Laboratory personnel can adjust the air volume according to the different operation quantities and volatilization amounts of chemicals in the ductless fume hood to ensure the best exhaust and filtration effects.
No external pipes are required: The top of the ductless fume hood is equipped with a built-in fan and filtration system. The clean air type ductless fume hood does not require external piping. The top of the fume hood is equipped with a built-in fan and filter. When the fume hood switch is turned on, the fan operates to create a negative pressure inside the cabinet, ensuring that chemicals do not overflow
SUCLAB Ductless Fume Hoods Specifications:
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